Superhydrophobic surfaces are smart surfaces with high water contact angles and low
surface energy. When water droplets rest on superhydrophobic surfaces, they often stay at …

Inspired by the lotus leaf effect, non-wetting artificial superhydrophobic surfaces
demonstrate an enormous potential in numerous fields. However, limited by poor stability …

Spatiotemporally controllable droplet manipulation is essential in diverse applications,
ranging from thermal management to microfluidics and water harvesting. Despite …

Droplet manipulation techniques such as transport and merging have been widely used in
many fields including biology, chemistry, material and energy applications. Moreover …

Droplet manipulation has gradually drawn worldwide attention through diverse potential
applications such as microfluidics, and medical diagnostic test. Whereas, the high‐precision …

In nature, many organisms have the ability to transport substances, such as bubbles,
droplets, or solids, on demand to meet their survival needs. Inspired by these distinct …

The accumulation of ice on surfaces will bring safety issues to various human activities.
Researchers have been actively developing superhydrophobic surfaces (SHS) as good anti …

Versatile surfaces demonstrating multiple interfacial functionalities are highly demanded as
a surface typically serves various duties and faces multiple challenges in real practice …

With the widening of the application fields and the increasing complexity of the service
environment of superhydrophobic materials, the conventional superhydrophobic surfaces …

Microscale and nanoscale cilia are ubiquitous in natural systems where they serve diverse
biological functions. Bioinspired artificial magnetic cilia have emerged as a highly promising …